In the present-day manufacturing environment, wire electrical discharge machining (WEDM)
has become one of the most efficient non-conventional material removal processes to …

Abstract Shape Memory Alloys (SMAs) have various applications in the field of medical
science due to its superior properties such as pseudoplasticity, shape memory effect …

Abrasive water jet cutting is a non-traditional machining method that offers a productive
alternative to conventional techniques. It uses a fine jet of ultra high pressure water and …

The Ti‐6Al‐2Sn‐4Zr‐2Mo alloy was machined using the wire electrical discharge machining
(WEDM) method in this research. The consequences of input values like pulse on duration …

Micro-drilling of nonconductive fibrous materials is an imperative factor in advancement of
manufacturing industries. Optimization for increased material removal rate (MRR) along with …

This paper exhibits a test examination and investigation on the impacts of Wire Electro
Discharge Cutting (WEDC) parameter on cutting time and surface roughness (R a) of …

The quality of a wire EDM surface is strongly influenced by its parameter settings and
material to be machined. The one characterization among the metals for studying its effect is …

The simultaneous consideration of multiple conflicting properties in alloy optimization design
is necessary yet remains challenging. A comprehensive strategy of machine learning (ML) …

In recent years, micro-wire electric discharge machining (micro-WEDM) has become one of
the most popular micromachining processes used for creating complex microfeatures on …

This article presents the experimental data for the machining of Nimonic-90 on wire
electrical discharge machining (WEDM). It is a nickel based alloy which possessing creep …